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"1 wire slave interface" verilog

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Abstract: fully PCI-compliant Master/Slave interface, implemented in a single QuickLogic QL2009 QL2009 FPGA. It utilizes , space and are accessed using slave mode. The Peripheral Component Interconnect (PCI) is a , Complete Test Harness · Simplifies Debugging · Dummy Master Block · Dummy Slave Block · , the schematics and Verilog source code. 4.1 External Interface Signals Figure 4 indicates the , to be implemented. When enabled by the system, PERR# is driven during a Slave bus cycle two clocks ... QuickLogic
Original
datasheet

50 pages,
669.61 Kb

pc motherboard schematics vhdl code dma controller verilog code of 8 bit comparator QL2009 80C300 AN21 design of dma controller using vhdl pci master verilog code 16 byte register VERILOG QAN15 TEXT
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Abstract: fully PCI-compliant Master/Slave interface, implemented in a single QuickLogic QL24x32B FPGA. It , space and are accessed using slave mode. QAN15 QAN15 In addition to its high-speed bus definition, PCI , Slave Block · Data Capture and Protocol Checking Please note that Low True signals are , Verilog source code. Figure 4 indicates the external signals of the FPGA, connecting to the PCI Bus and , parity-generation and detection to be implemented. When enabled by the system, PERR# is driven during a Slave bus ... Original
datasheet

50 pages,
535.2 Kb

1 wire verilog code 16 byte register VERILOG 8 shift register by using D flip-flop AN21 design of dma controller using vhdl digital clock verilog code pc motherboard schematics QL24X32B pci schematics pin vga CRT pinout 80C300 pci master verilog code QAN15 vhdl code for 4 channel dma controller QAN15 verilog code of 8 bit comparator QAN15 QAN15 QAN15 TEXT
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Abstract: MSB 16 Starting MSB 16 Creating a Platform Description in MSB 18 Connecting Master and Slave Ports , Creating the Verilog Wrapper for VHDL Designs Pointing to the Correct .ngo File 92 90 Making Custom , . LatticeMico32 Slave Passthrough, which describes the features and functionality of the LatticeMico32 slave , microprocessor. You do not add your source HDL at this point, because your Verilog or VHDL source will be , . The following types are currently supported for LatticeMico32 platforms: Verilog HDL Mixed Verilog ... Original
datasheet

136 pages,
1509.73 Kb

wishbone rev. b LM32 LFECP33E-4F484C lattice wrapper verilog with vhdl EDN handbook vhdl spi interface wishbone LatticeMico32 Future scope of UART using Verilog experiment project ips TEXT
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Abstract: controller and driver are able to display a wide variety of symbols through the interpretation of a simple 4-wire interface. The 4-wire interface includes the following signals: · Read/write enable (E) · Register select , consists of three modules, the top-level module, the WISHBONE slave module and the LCD interface module , ] wb_adr_i[7:0] wb_dat_i[7:0] wb_dat_o[7:0] wb_stb_i wb_we_i lcd_con.v WISHBONE Slave Module , design. WISHBONE Slave Module The WISHBONE slave module interprets write/read commands from the ... Lattice Semiconductor
Original
datasheet

6 pages,
151.52 Kb

wishbone interface lcd interface LCMXO2-1200HC-4TG100 LCMXO2280C-3T100C S6A0069 Driver/S6A0069 lfxp25e5tn144c wishbone vhdl for lcd "1 wire slave interface" verilog lcd module verilog LFXP2-5E-5TN144C LCD module in VHDL RD1053 LCMXO2-1200HC-4TG100C RD1053 RD1053 RD1053 TEXT
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Abstract: PSoC® CreatorTM Component Data Sheet Serial Peripheral Interface (SPI) Slave 2.0 Features · · · 2 to 16-bit data width 4 SPI modes Data rates to 33 Mb/s General Description The SPI Slave provides an industry-standard 4-wire slave SPI interface and 3-wire (or bidirectional) SPI mode. The , standard 8-bit interface, the SPI Slave supports a configurable 2- to 16-bit interface for interfacing to nonstandard SPI word lengths. SPI signals include the standard SCLK, MISO + MOSI (or SDAT) pins and Slave ... Cypress Semiconductor
Original
datasheet

26 pages,
1164.42 Kb

verilog code for I2C MASTER slave BUFFER FIFO aardvark spi 0x2227 0x2222 aardvark i2c 0x2228 TEXT
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Abstract: signal integrity. · Fast prototyping ability. · Synthesizability (verilog code). · Low cost. · Ease , into two major blocks: Each processor can be a master or a slave in a particular configuration while both RAMs have a slave role at all times. When the Motorola 68040 is the master, either of the SBUS devices or both can be a slave. When either of the SBUS devices is the master, only the 68040 can be the slave and the other SBUS device is idle. · Data Path. The chip controlling the ... Actel
Original
datasheet

2 pages,
18.32 Kb

A1460-1 n629 N631 n634 N637 N641 A1460 N639 n627 TEXT
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Abstract: integrity. · Fast prototyping ability. · Synthesizability (verilog code). · Low cost. · Ease of , two major blocks: Each processor can be a master or a slave in a particular configuration while both RAMs have a slave role at all times. When the Motorola 68040 is the master, either of the SBUS devices or both can be a slave. When either of the SBUS devices is the master, only the 68040 can be the slave and the other SBUS device is idle. · Data Path. The chip controlling the communication ... Actel
Original
datasheet

2 pages,
15.95 Kb

A1460 Motorola 68040 n628 a1460-1 AC102 N637 N638 N639 n630 ac-102 n633 n636 n640 N629 N631 n627 TEXT
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Abstract: integrity. · Fast prototyping ability. · Synthesizability (verilog code). · Low cost. · Ease of debugging , device, determining the slave device, controlling data transmission, and checking and correcting any , be a master or a slave in a particular configuration while both RAMs have a slave role at all times. When the Motorola 68040 is the master, either of the SBUS devices or both can be a slave. When either of the SBUS devices is the master, only the 68040 can be the slave and the other SBUS device is idle ... Actel
Original
datasheet

2 pages,
15.46 Kb

n627 N638 n634 A1460A-1 communication control verilog code N639 N637 n628 N641 n636 n633 "1 wire slave interface" verilog 68040 verilog model N629 N642 TEXT
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Abstract: . The DCU write-data bus used to transfer data from the DCU to the PLB slave. Indicates the value of the , during a partial reconfiguration. Indicates a PLB slave acknowledges the current data-access request. Indicates the PLB slave is busy performing an operation requested by the DCU. Indicates an error was detected by the PLB slave during the transfer of data to or from the DCU. Indicates the DCU read-data bus contains valid data for transfer to the DCU. The DCU read-data bus used to transfer data from the PLB slave ... Xilinx
Original
datasheet

23 pages,
151.36 Kb

EICC405EXTINPUTIRQ C405XXXMACHINECHECK TEXT
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Abstract: Using Verilog HDL by Phil Rauba, Motorola Field Applications Engineer Purpose This article is intended to give a hardware engineer insight into the design methodology of using the Verilog Hardware , . The advantage of using an HDL, such as Verilog, is the ability to retarget the design to other , design was used to demonstrate the portability of the Verilog language, and included all of the circuits , state machine design technique and described using the Verilog Hardware Descriptive Language, with the ... Motorola
Original
datasheet

26 pages,
316.14 Kb

verilog code for slave SPI with FPGA OAI211H MPA1036 verilog code power gating OAI211 MPA1000 Dynamic RAM Controller ENFP dram layout structure 68030 7908 motorola verilog code 16 bit CISC CPU pal spi motorola bubble memory controller verilog code to generate square wave MC68HC11RM dram verilog model TEXT
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Archived Files

Abstract Saved from Date Saved File Size Type Download
No abstract text available
/download/77795571-996016ZC/xapp655.zip ()
Xilinx 20/11/2002 52.76 Kb ZIP xapp655.zip
No abstract text available
/download/36916715-995906ZC/xapp198.zip ()
Xilinx 04/05/2001 41.81 Kb ZIP xapp198.zip
,DLCMxDly=110,DLCMnDly=7; // dummy master/slave `include "pci.h" `include "bitrev.v" wire [0:31] AD // Dummy Slave reg Hit,Term,SlvRdy; wire [3:0] SlvCBEN = revbit4(CBEN); wire [31:0] SlvADO; assign AD = * Automatic Verilog Test Fixture Generation * = * * Generated slave `define FULLSPEED // Park GNT# on the Device master instead of the dummy master // `define MSTPARK // Dummy slave base address register `define SLVBASE 8'hF0 // Dummy slave base register
/datasheets/files/scantec/ql/pci_dsgn/master/top.tf
Scantec 06/03/1996 10.61 Kb TF top.tf
register wire RW_bit; // read/write bit wire Slave_dec; // Slave Address Decorder wire Slave0_dec; // Slave Address0 Decorder wire Slave1_dec; // Slave Address1 Decorder wire Slave2_dec; // Slave Address2 Decorder reg [`PAGE_MSB_e:0] Page_Add; // page address */ //* " verilog xxxxx.v +define+INITIAL_DAT_MODE " input SCL; // serial data clock wire slave0_enb, slave1_enb, slave2_enb
/datasheets/files/on_semiconductor/simulation-models/le24512aqf_verilog-d.v
On Semiconductor 23/09/2012 27.35 Kb V le24512aqf_verilog-d.v
; // Slave Address Decorder wire Slave0_dec; // Slave Address0 Decorder wire Slave1_dec; // Slave Address1 Decorder wire Slave2_dec; // Slave Address2 Decorder reg [`PAGE_MSB_e:0 */ //* " verilog xxxxx.v +define+INITIAL_DAT_MODE " SCL; // serial data clock wire slave0_enb, slave1_enb, slave2_enb ) */ //*/ //- Case: PAD-Setting - /* input S0; // slave address S0 input S1
/datasheets/files/on_semiconductor/simulation-models/le2416rlbxa_verilog-d.v
On Semiconductor 03/09/2012 27.22 Kb V le2416rlbxa_verilog-d.v
; // Slave Address Decorder wire Slave0_dec; // Slave Address0 Decorder wire Slave1_dec; // Slave Address1 Decorder wire Slave2_dec; // Slave Address2 Decorder reg [`PAGE_MSB_e:0 */ //* " verilog xxxxx.v +define+INITIAL_DAT_MODE " SCL; // serial data clock wire slave0_enb, slave1_enb, slave2_enb ) */ //*/ //- Case: PAD-Setting - /* input S0; // slave address S0 input S1
/datasheets/files/on_semiconductor/simulation-models/le24162lb_verilog-d.v
On Semiconductor 03/09/2012 27.19 Kb V le24162lb_verilog-d.v
; // Slave Address Decorder wire Slave0_dec; // Slave Address0 Decorder wire Slave1_dec; // Slave Address1 Decorder wire Slave2_dec; // Slave Address2 Decorder reg [`PAGE_MSB_e:0 */ //* " verilog xxxxx.v +define+INITIAL_DAT_MODE " ; // serial data I/O input SCL; // serial data clock wire slave0_enb, slave1_enb, slave2_enb ) */ //*/ //- Case: PAD-Setting - /* input S0; // slave address S0 input S1
/datasheets/files/on_semiconductor/simulation-models/le24l042_verilog-d.v
On Semiconductor 03/09/2012 27.17 Kb V le24l042_verilog-d.v
No abstract text available
/download/35579193-995981ZC/xapp502.zip ()
Xilinx 09/01/2002 13.37 Kb ZIP xapp502.zip
/ Verilog Wire Loads & Placement data VHDL/ Verilog Co-simulation Cadence Leapfrog Figure 4. Design Flow 7/8 model. The Model Source option utilises ST486DX ST486DX silicon interfaced to the VHDL/Verilog software A range of bus master/bus slave/bus monitor VHDL models are also available for high level 486 bus and route engine allows for design specific wire load models to be used during the synthesis phase. tools (e.g. Preview, ChipPlanner) will allow customisable wire load models to be passed back to the
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4195-v2.htm
STMicroelectronics 14/06/1999 18.66 Kb HTM 4195-v2.htm
/ Verilog Wire Loads & Placement data VHDL/ Verilog Co-simulation Cadence Leapfrog Figure 4. Design Flow 7/8 model. The Model Source option utilises ST486DX ST486DX silicon interfaced to the VHDL/Verilog software A range of bus master/bus slave/bus monitor VHDL models are also available for high level 486 bus and route engine allows for design specific wire load models to be used during the synthesis phase. tools (e.g. Preview, ChipPlanner) will allow customisable wire load models to be passed back to the
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4195-v1.htm
STMicroelectronics 02/04/1999 18.7 Kb HTM 4195-v1.htm